Sentences with phrase «for anaerobic energy»

One possible reason for the shift is that tumors must sometimes cope with a lack of oxygen, or hypoxia — hence the need for anaerobic energy production.

Not exact matches

U.K. based SEaB Energy, for example, uses compact anaerobic digestion systems in shipping containers to turn organic waste into energy in the form of bEnergy, for example, uses compact anaerobic digestion systems in shipping containers to turn organic waste into energy in the form of benergy in the form of biogas.

As a result, an anaerobic digester was built in 2008 as a non-profit organization that provides compost for the Werkhoven Farm (as well as donated to the community), produces energy for over 300 customers in the Puget Sound and valuable biosolids while reducing manure applications to the soil.

The council says the compostable bags will make the separation and processing of food waste far simpler as they are suitable for processing in anaerobic digestion and composting and comply with then - Minister of Ecology, Sustainable Development and Energy Ségolène Royal's energy transitioEnergy Ségolène Royal's energy transitioenergy transition law.

A BOOM for business as packaged green energy solutions sweeten balance sheets and sustainability A GWE Anaerobic reactor, left, and green energy electricity generation, right A company introducing some of the world's most advanced -LSB-...]

While multiple destinations fall under the definition of «food waste» for Tesco, food waste in this inventory only goes to the two marked with a green check: anaerobic digestion or controlled combustion (with energy recovery).

Anaerobic digestion processes that radically improve the quality of waste water while delivering green energy extracted from biological waste streams are emerging as a profitable way for agricultural and food processing industries to cope with -LSB-...]

GWE Anaerobic technology plants can typically pay back the cost of their introduction within two years or even less — and then go on working 24/7, virtually in perpetuity, to provide biogas for their owners, who can use the energy for their own purposes, he says.

Finally, the attendees talked about the power of and need for partnerships to solve the many reasons for food waste, including sharing stories of existing efforts like the three companies in the Midwest who are splitting the cost and use of an anaerobic digester, which turns food scraps into energy, and several food donation groups who highlighted the effectiveness of successful partnerships.

«Green energy alternatives such as wind power and solar power get most of the headlines for their achievements, but anaerobic processes are even more suited to industry in many instances, given that it provides reliable base load power and simultaneously treats wastewater to high discharge standards.

GWE is headed by green Global Water Engineering CEO and Chairman Mr Jean Pierre Ombregt, who has been a world leader in anaerobic digestion of industrial effluents and green energy solutions for more than 35 years and whose company has been involved in more than 300 water and waste water projects in Asia, Africa, North and South America, Australia, China, Europe (including Eastern Europe) and Russia.

Anaerobic technology is particularly applicable to countries suffering drought, where treated waste water not only provides green energy to substitute for fossil fuels emitting climate change gases, but also processes waste streams to high recycling standards.

The energy yield from the anaerobic digestion of the starch factory's wastewater is double that which is required for the mill's production, making the factory 100 per cent self - sufficient for its energy needs.

Anaerobic wastewater treatment and organic solid waste treatment, both with biogas generation, are definitely one of the most sustainable sources of renewable energy to consider for many industries around the world.

Mr Bambridge says this the plant indirectly reduces the brewery's carbon footprint by reducing the brewery's demands on fossil fuels and the electricity needs for wastewater treatment by using energy - friendly anaerobic pre-treatment technology in which GWE is a world leader.

To achieve optimum environmental and efficiency benefits, CMI further decided to implement an anaerobic treatment process for their wastewater treatment facility, seeking to simultaneously achieve the most environmentally effective, energy - efficient and cost - efficient solution.

Anaerobic plants can also benefit local communities by providing local energy supplies while eliminating the need for large and often smelly and environmentally challenging aerobic and anaerobic lagoons commonly used outsideAnaerobic plants can also benefit local communities by providing local energy supplies while eliminating the need for large and often smelly and environmentally challenging aerobic and anaerobic lagoons commonly used outsideanaerobic lagoons commonly used outside the USA.

The installation of the GWE COHRAL (TM) technology by Australian environmental engineering and green energy authority CST Wastewater solutions is the first GWE COHRAL (TM) installation in the world, deploying for the first time in a covered lagoon GWE anaerobic technology proven in more than 300 reactor (tank) installations worldwide.

The anaerobic treatment technology is well suited for dairy wastewater treatment, according Evoqua, as the cheese - making process naturally produces biogas, which the system can harness and convert into renewable energy.

The installation of the GWE COHRAL ™ technology by Australian environmental engineering and green energy authority CST Wastewater solutions is the first GWE COHRAL ™ installation in the world, deploying for the first time in a covered lagoon GWE anaerobic technology proven in more than 300 reactor (tank) installations worldwide.

In simple terms, the anaerobic system (without oxygen) produces energy at high rates for very short periods (sprinting).

The governor also announced plans for new incentives for farmers to increase the use of «anaerobic digesters,» which helps turn waste produced on farm — such as cow manure — into energy that farms can use.

He adds that the most commonly used forms of anaerobic digestion require large amounts of energy to heat the bioreactors and maintain temperatures for the bacteria's optimal performance.

The paper, «Coupling Hydrothermal Liquefaction and Anaerobic Digestion for Energy Valorization From Model Biomass Feedstocks,» was co-authored by Rodrigo A. Labatut, Pontifical Catholic University of Chile; Andrew H. Kim; and former post-doctoral researcher Joseph G. Usack.

In fact, the energy chain of this community relies not on photosynthesis from the sun but sulfate reduction, much as anaerobic bacteria have done for at least a billion years.

In skeletal muscle, fast - twitch glycolytic fibers use glycogen as the main energy source for anaerobic metabolism, serving to sustain brief periods of high - intensity activity.

Connecticut - based FuelCell Energy (FCE) has applied for a prospective pathway for California's Low Carbon Fuel Standard (LCFS) for the production of hydrogen fuel produced from biogas derived from the mesophilic anaerobic digestion of wastewater sludge at a publicly owned treatment works (POTW).

This eukaryotic cell arose when an anaerobic prokaryote (unable to use oxygen for energy) lost its cell wall.

Such aerobically obtained energy vastly exceeded that of anaerobic respiration, setting the stage for vastly accelerated evolution of eukaryotes.

GE Anaerobic Digestion Technology to be Used to Convert Food Waste into Biogas for Utah Renewable Energy Project

Balance and recovery is vital for both HIIT and heavy weight training because they use the same energy system: the anaerobic energy system.

50 - 100g per day provides plenty of glycogen to support the energy needs for daily anaerobic exercise (sprints, weight lifting) while allowing effortless fat loss.

Essentially, this system is dominant when your alactic anaerobic energy system is depleted but you continue to exercise at an intensity that is too demanding for your aerobic energy system to handle.

Let's look at the list: * To increase energy for long term (aerobic) and short - term (anaerobic) muscular endurance.

The keto diet, however, relies on fat for energy, which leaves you with nothing in the tank to supply the energy you need for anaerobic, or quick - burst, energy.

It is an important element in the Krebs», or citric acid cycle, which creates energy for both aerobic and anaerobic activities.

... The significant levels of carbohydrate, probably mostly in the form of glycogen, in both blubber and muscle, may represent an instant form of energy for diving via anaerobic glycolysis.

The enhancing effect of BioSteel HPSD may be attributed to a more efficient use of lactic anaerobic energy system (anaerobic glycolysis) allowing continuation of muscular power production for a maximum of 2 min.

Anaerobic exercise lasts less than 2 minutes and utilizes carbohydrates stored in our muscles or liver for energy.

They are: * To increase energy for long term (aerobic) and short - term (anaerobic) muscular endurance.

It's also important to understand that when you use your anaerobic pathway for energy production, you're placing your body under greater stress.

Muscle glycogen is the primary source of energy for prolonged anaerobic activity.

To paint the picture, think of it like this: If you want to perform a 100 - meter sprint at an all - out effort, you have the immediate energy stores to do so through your anaerobic pathway, but you can only maintain this all - out effort for about 10 to 15 seconds before you have to stop and catch your breath.

While almost any type of workout can boost EPOC to some degree, workouts that are specifically designed to rely on the anaerobic pathway for energy have been proven to boost EPOC more than those relying on the aerobic pathway alone.

Exercise that places a greater demand on the anaerobic energy pathways during the workout can increase the need for oxygen after the workout, thereby enhancing the EPOC effect.

Our speculation is VESPA keeps the athlete «locked into» high level fat metabolism even when concentrated carbohydrates are introduced back into the diet and during fueling and the high insulin sensitivity gained from the physiological shift to the «Fat - Adapted metabolic State» allows the carbs to be quickly and sustainably be converted to energy for only the very peak part of the aerobic spectrum and any surges into the anaerobic spectrum of metabolism.

Yep, you'll be working WITHOUT REST for the entire training session... switching back and forth between energy systems (aerobic and anaerobic) constantly through the workout.

Low reps, explosive movement weight training that uses anaerobic creatine energy system leads to an increased muscle ability to store creatine and regenerates it faster after it's been depleted (more creatine — an extra repetition with heavy weight); high reps, slower movement weight training that uses anaerobic lactic acid energy system increases muscle tolerance to lactic acid (more muscle endurance, required in extreme situations when there's a need to perform at a high intensity and sustain it for as long as possible — fighting for dear life is a good example).

Anaerobic metabolism produces energy for short, high - intensity bursts of activity lasting no more than several minutes before the lactic acid build - up reach a threshold known as the lactate threshold and muscle pain, burning and fatigue make it difficult to maintain such intensity.

It's the natural energy system used for anaerobic work.